TRACENET TM GENESIS CONTROL AND MONITORING SYSTEM SPECIFICATION GUIDE

Transcription

1 TRACENET TM GENESIS CONTROL AND MONITORING SYSTEM SPECIFICATION GUIDE

2 TRACENET TM GENESIS APPLICATION OVERVIEW Control and monitoring systems can play an essential role in heat tracing applications which range from freeze protecting water lines to maintaining elevated process temperatures. While mechanical thermostats have been used successfully for many heat tracing applications, a more complete control and monitoring solution can be necessary for critical heat tracing applications. Advancements in technology have made electronic control and monitoring units both cost effective and more reliable. These systems conserve energy, extend system life, and ensure accurate temperatures are maintained, for reduced operating cost and increased plant reliability. TraceNet Genesis' key features include: Monitor electric heat trace circuit load currents Selectable control methods (On/Off, On/Off with Soft Start, Proportional, Ambient Proportional) for each individual circuit Programmable alarm set points, with time delay and remote alarm acknowledgment and reset capabilities Programmable "trip" set-points for each circuit Temperature sensor status indication Unique circuit identifier (48 characters maximum) Communication to host computer via Ethernet communications Adjustable ground/earth leakage "trip" and/or alarm capabilities Addressable RTD Temperature Sensors - up to twenty (20) per circuit Up to 6 months history to aid in troubleshooting ISO drawing in png format for viewing on Genesis HMI GENESIS SYSTEM APPROVALS Nonhazardous Locations ETL Listed Conforms to: UL STD. 508A Certified to: CSA STD. C22.2 NO. 14 Hazardous Locations (Purge) ETL Listed Conforms to: UL STD. 508A. NFPA STD. 496 Certified to: CSA STD. C22.2 NO. 14 Hazardous Locations ETL Listed Conforms to: UL STD. 508A. UL STD Certified to: CSA STD. C22.2 NO. 14. CSA STD. C22.2 NO. 213 GENESIS COMPONENT APPROVALS TraceNet systems are certified for nonhazardous locations, hazardous locations, and Purge for hazardous locations IEC/EN/UL/CSA Ex ec IIC T4 Gc; II 3 Ex ec IIC T4 Gc Class I, Division 2, Groups ABCD T4; Class I, Zone 2 Group IIC T4 CONTROL AND MONITORING SYSTEM TRACENET GENESIS PANEL SYSTEM SPECIFICATIONS (Based on lowest rating of all components) Environmental: Hazardous and Ordinary Locations Indoor and Outdoor-Solid State Relays Ordinary Locations Indoor and Outdoor- Power Distribution and Mechanical Relays Operating Ambient Range: -40 C (-40 F) to 60 C (140 F) Enclosures: Type 4X, IP 66 * TraceNet Supply Voltage: Vac, 50/60 Hz Heat Tracing Voltages: Vac User Interface: 231 mm x 139 mm (10.6 x 5.5 ) LVDS TFT LCD glove touch panel Maximum Number of Circuits: Seventy-two (72) Temperature Sensors per Circuit: Up to twenty (20) 100 W Platinum, 3 wire RTD's Current Switching Device Options: Solid State Relay ** 1-pole 2-pole Mechanical Relay: Per design requirements Control Methods: Process Sensing: On/Off, On/Off Soft Start, Proportional Ambient Sensing: Proportional, Ambient Proportional -Mechanical (APCM), APC Control Temperature Range: -129 C (-200 F) to 600 C (1112 F) Alarm Settings: Low, High Temperature, and High Temperature Trip Low, High Current, and High Current Trip High Ground/Earth Leakage Current RTD and Relay Faults Loss of Communication Programming Error Trip Settings: High Temperature, Heater Current, Ground or Earth Leakage Current Networking Communications: External: Ethernet External Alarm Relays: Up to seven mechanical, Vac or Vdc * Additional cabinet types are available. Contact Thermon for details. ** Rating based on extended heat sinks. Multiple single pole relays may be used for two and three phase circuits. Higher voltage rated relays are also available as an option. 2 THERMON.COM

3 SPECIFICATION GUIDE HMI (HUMAN MACHINE INTERFACE) The HMI serves as the central monitoring and interrogation point for a TraceNet TM Genesis system, including its heat tracing control modules. Through its touch screen monitor, the HMI allows the operator to access operating control parameters and operating conditions throughout the heat tracing system network. The HMI communicates directly with TraceNet Command and DCS systems through its Ethernet port. HMI SPECIFICATIONS Operating supply voltage Vdc Max Power consumption...30 Watts Clock speed GHZ Processor...32 Bit Arm Cortex A15 IP Rating... Type 4X, IP66 Brightness cd/m 2 Input/Output ports...ethernet/usb Maximum storage temperature...85 C (185 F) Minimum storage temperature C (-40 F) Operating ambient temperature range C (-40 F) to 70 C (158 F) HMI DIMENSIONAL DATA 188 mm (7-1/2") 281 mm (11") Circuit History For Trending Circuit Dashboard 581 mm (2-1/4") Circuit Isometric Drawing "Glove Touch" User Interface HMI PRODUCT FEATURES TraceNet Genesis HMI Is IP66 Module operates in a wide range of ambient conditions Multi-language capability Color display utilizes LED backlighting to maximize service life and is additionally programmable for sleep mode operation Utilizes projected capacitive touch screen for user input functions Intuitive user friendly graphical interface Type 4X, IP66 panel mount enclosure which may be installed on panel with access door or inside on panel swingout Optically bonded display for bright sunlight visibility THERMON.COM 3

4 TRACENET TM GENESIS CONTROL AND MONITORING SYSTEM DCM (DISTRIBUTED CONTROL MODULE) The DCM serves as the power switching module, using solid state relays for a TraceNet TM network of heat tracing control modules. DCM FEATURES Operates in a wide range of ambient conditions Single or dual pole solid state switching Nickel plated terminal construction Black anodized aluminum heat sink capable of dissipating the heat generated for up to a total of 180 Amps continuous Includes a ground/earth leakage circuit test loop which allows the operator to conduct a functionality test on each circuit The DCM module has the following control modes: 1. On-Off 2. On-Off with Soft-Start (solid state relays only) 3. Proportional (solid state relays only) 4. Ambient Proportional (solid state relays only) 5. Ambient Proportional - Mechanical DCM CONNECTION DIAGRAM Ground/Earth Leakage Current Transformer Operating Heater Current Transformer Output AC Voltage to Heater Heat Sink Activates test functions including: 1. Ground/Earth Leakage Fault Circuit Test 2. Loss of Heater Current Test Activates programmed control function based on the temperature values provided by up to 20 RTD's per circuit Monitors ground/earth leakage and heater operating current in heat tracing circuits Power and Communication Buses Solid State Relays (Under Terminal Block) DCM COMPONENT SPECIFICATIONS Circuit control capacity...up to six heat trace circuits Storage ambient temp. range C (-40 F) to 105 o C (221 o F) Operating ambient temp. range C (-40 F) to 100 C (212 F) Power terminal connections to 10 mm 2 (20 to 6 AWG), 630 Vac Printed circuit board...conformal coated Heat sink...type 4X, IP66 DCM DIMENSIONAL DATA 152 mm (6") 41 mm (1-5/8") 1. DIN-rail mounted terminal blocks for line voltage to be off PC board. 483 mm (19") 267 mm (10-1/2") 4 THERMON.COM

5 SPECIFICATION GUIDE DTM (DISTRIBUTED TEMPERATURE MODULE) The DTM is a DIN rail mountable six RTD sensor input module which links the field RTD wiring to the DCM module via CANBus. Any RTD sensor may be mapped to any heater circuit on the CANBus network. DTM DIMENSIONAL DATA 41 mm (1-5/8") IOM (INPUT OUTPUT MODULE) The IOM is a DIN rail mountable input/output module with 6 individually configurable input/output channels and one dedicated system fault alarm output. Outputs may be configured to signal a variety of conditions such as trips, low temperature alarms, ground/earth leakage alarms, etc. Inputs may be used to trigger a variety of events such as load shed or forcing on circuits. IOM DIMENSIONAL DATA 41 mm (1-5/8") 111 mm (4-3/8") 111 mm (4-3/8") 77 mm (3") DTM PRODUCT FEATURES Up to six RTD sensors that can be independently addressed to one or more heat trace circuits DIN rail mountable Conformal coated printed circuit board for use in panels located in indoor and outdoor environments DTM COMPONENT SPECIFICATIONS Storage ambient temp. range C (-40 F) to 105 o C (221 o F) Operating ambient temp. range C (-40 F) to 100 C (212 F) 1 Terminal connections... up to 2.5 mm 2 (28-12 Awg) Maximum RTD capacity For designs that allow operation in ambient conditions below -40 F (-40 C) contact Thermon.. DTM CONNECTION DIAGRAM 77 mm (3") IOM PRODUCT FEATURES Operates in a wide range of ambient conditions DIN rail mountable Conformal coated printed circuit board for use in panels located in indoor and outdoor environments IOM COMPONENT SPECIFICATIONS Storage ambient temp. range C (-40 F) to 105 o C (221 o F) Operating ambient temp. range C (-40 F) to 100 C (212 F) 1 Terminal connections... up to 2.5 mm 2 (28-12 Awg) IOM CONNECTION DIAGRAM LED Identifier To Address Each DTM And Each Of 6 RTD Sensors RTD Inputs LED Identifier To Address Configurable Input/Output Channels Alarm Relay Outputs CANBus & Power Connector CANBus & Power Connector THERMON.COM 5

6 TRACENET TM GENESIS CONTROL AND MONITORING SYSTEM TRACENET COMMAND Genesis Systems communicate via Ethernet to the Thermon TraceNet Command electric tracing circuit monitoring software. TraceNet Command provides centralized electric tracing information for all panels in a facility, such as: ECM TCM18 Heat tracing circuit status Temperatures, heater operating and earth/ground current alarm/trip events Event history Data trending Maintenance and troubleshooting guidance TraceNet Command also gives the operator the ability on all panels from a single location to: TCM2 Change set points as well as alarm and trip values Reconfigure system control parameters Provide heat tracing management reports Load shed circuits on a priority level basis TC202 DCS (DISTRIBUTED CONTROL SYSTEMS) COMMUNICATIONS Genesis Systems communicate via Ethernet to the plant DCS. The same operating data and control capabilities that are available through TraceNet Command are also accessible in the plant control room at the DCS. TraceNet TM Command Genesis Centralized/Distributed Control Systems Communica ons via Thermon s TraceNet TM Command TraceNet TM TCM18 Mul -Circuit Control Panel (in Non-Hazardous Area) Ambient Sensing RTD for Mul ple Heaters Heater with Mul ple Sensors Mul ple Heaters with 2 Ambient Propor onal Control (APC) TraceNet TM ECM Controlled Circuit 3 Line Sensed Circuit Control (1 RTD per Ckt) 2 APC TraceNet TM Command Worksta on and DCS Heat Trace Circuit Voltage Supply RTD Leads Ethernet RS-485 Serial Heat Trace Circuits TraceNet TM TCM2 for 2 Heaters TraceNet TM Genesis Mul -Circuit Control Panel (for Hazardous Area Installa on) Heat Trace Power Supply 6 THERMON.COM

7 SPECIFICATION GUIDE PRODUCT REFERENCE LEGEND TCG SSD - 120S130 - H1 - ND - P/N TraceNet Genesis Series 1 Heat Trace Control Relays RTD Inputs Enclosure Type SS = Stainless Steel Type 4X/IP66 PS = Painted Steel Type 4/IP66 SSP = Stainless Steel Type 4X/IP66 (with purge) PSP = Painted Steel Type 4/IP66 (with purge) X = Custom 2 Notes: 1. Other options for the TraceNet, such as installations in conditions below -40 F (-40 C). 2. Contact Thermon for additional information. Trace Heater Operating Voltage(s) 100 Vac 120 Vac 200 Vac 208 Vac 220 Vac 230 Vac 240 Vac 277 Vac 480 Vac 600 Vac Thermon Part Number Distribution ND = No Distribution MBx/BF y/z = Main Breaker/Breaker Frame Capacity/Number of Breakers Amperage Rating for Control Relays Heat Trace Control Relays S1 = Solid State Single Pole S2 = Solid State Two Pole M1 = Mechanical Single Pole M2 = Mechanical Double Pole Enclosure Size ("H) x ("W) x ("D) [(mm H) x (mm W) x (mm D)] A = 36 x 30 x 16 (914 x 762 x 406) B = 48 x 36 x 16 (1219 x 914 x 406) C = 60 x 36 x 16 (1524 x 914 x 406) D = 60 x 36 x 24 (1524 x 914 x 610) E = 60 x 48 x 24 (1524 x 1219 x 610) F = 72 x 36 x 16 (1829 x 914 x 406) G = 72 x 36 x 24 (1829 x 914 x 610) J = 72 x 48 x 24 (1829 x 1219 x 610) H = 72 x 60 x 24 (1829 x 1524 x 610) I = 72 x 72 x 24 (1829 x 1829 x 610) X = Custom 2 Location O = Ordinary Locations H1 = Class/Division Hazardous Locations (NoAm Norms) H2 = Ex Explosive Atmospheres (ATEX or IECEx) THERMON.COM 7

8 Corporate Headquarters:100 Thermon Dr PO Box 609 San Marcos, TX Phone: For the Thermon office nearest you visit us at... Form TEP Thermon, Inc. Printed in U.S.A. Information subject to change.